Advances in computational capabilities offered by High Performance Computing (HPC) platforms call for an evolution in the investigation of sepsis to attempt to define the boundaries of traditional research (bench, clinical and computational) through the use of computational proxy models.
With advances in computational capabilities in recent times, these methods when utilized would provide distributions of safety important parameters computed by thermal hydraulic codes.
Modern needs of materials by precise design, assisted by the enormous advances in computational capabilities, should make such a program viable, attractive and necessary.
With the advent of such powerful tools has come a deluge of data – which now, because of significant advances in computational capability, information technology, data text mining and the like, can be effectively reviewed, analyzed and discoveries made.
Advances in computational capability have made AI a game-changer, and AI is further amplified by dramatic improvements in, networks, sensors, robotics, 3D printing, synthetic biology, and materials science.
The rate at which new data is produced is expected to increase significantly faster compared to the advances, and the cost, in hardware computational capabilities.
The deployment of wireless sensor networks (WSNs) in decentralized detection applications is motivated by the availability of low-cost sensors with computational capabilities, combined with advances in communication network technologies.
Advances in wind engineering and improvements in computational capabilities now make it possible to improve upon earlier estimates available in the literature.
